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Prof. Dr. Shichun Mu's group
State Key Laboratory of Advanced Technology for Materials Synthesis and Processing, Wuhan University of Technology
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Current Location ：> Home > News
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Engineering Residual Rock-Salt Reconstruction through Near-Surface Fluorine Regulation for Stable 4.6 V Cycling of R...
Circumventing the Linear Scaling Limitation in Oxygen Evolution by Metal-Site Proton-Acceptor-Assisted Deprotonation
Br-Mediated Interfacial Microenvironment Engineering Triggers Dual-Site Oxide Pathway Mechanism for Stable Oxygen Ev...
Extended Segmental Structures Regulate Li+ Solvation in 1,3-Dioxane-Based Cross-Linked Polymer Electrolytes for High...
Engineering Residual Rock-Salt Reconstruction through Near-Surface Fluorine Regulation for Stable 4.6 V Cycling of R...
Ultrafast synthesis of two-dimensional rare-earth oxychlorides enables dual-site synergy for efficient nitrate to am...
Circumventing the Linear Scaling Limitation in Oxygen Evolution by Metal-Site Proton-Acceptor-Assisted Deprotonation
Circumventing the Linear Scaling Limitation in Oxygen Evolution by Metal-Site Proton-Acceptor-Assisted Deprotonation
Circumventing the Linear Scaling Limitation in Oxygen Evolution by Metal-Site Proton-Acceptor-Assisted Deprotonation
Circumventing the Linear Scaling Limitation in Oxygen Evolution by Metal?Site Proton?Acceptor?Assisted Deprotonation
Circumventing the Linear Scaling Limitation in Oxygen Evolution by Metal-Site Proton-Acceptor-Assisted Deprotonation
Anion-potential-guided weak-solvation design for polycyanoacrylate gel polymer electrolytes in lithium metal batteri...
Revitalizing spent LiCoO2: structural reconfiguration for high-efficiency oxygen evolution catalysis
Fluorine-Induced d-p-d Orbital Hybridization Promotes Hydrogen Spillover for Efficient Hydrogen Evolution
Fluorine-Induced d-p-d Orbital Hybridization Promotes Hydrogen Spillover for Efficient Hydrogen Evolution
Professor Mu Shichun''''''''''''''''''''''''''''''''s team from our university has published original research resul...
The 4th Advanced Energy Materials Forum was held at our university
Intralattice Bonded Phase Engineering Enables Direct Upcycling of Spent Low-Ni Cathodes into High-Performance Ni-Ric...
Intralattice bonded phase engineering enables direct upcycling of spent low-Ni cathodes into high-performance Ni-ric...
Multi-effect Synergy Confined Osmium for Robust Hydrogen Evolution
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